Forum Message

Topic: Re:Re:NLP & statistics
Posted by: Robert
Date/Time: 18/01/2003 23:03:27

Statistics proves what is to be proven and delete what is left over and dosnt fit the criteria in sampling.

Patterning will be true each time used and defined into the criteria does it work.

If things dosnt add up into a workable pattern suggested as in phobiacure or spelling then the difference suggested in findings would be to persue further to notice if there is a higher pattern/principle going on.

/Robert


Entire Thread

TopicDate PostedPosted By
NLP & statistics02/01/2003 10:42:12Patrick E.C. Merlevede, MSc. (jobEQ.com)
     Re:NLP & statistics02/01/2003 11:27:47Patrick E.C. Merlevede, MSc. (jobEQ.com)
          Re:Re:NLP & statistics04/01/2003 08:44:24Bruce
               Re:Re:Re:NLP & statistics04/01/2003 11:23:38Patrick E.C. Merlevede, MSc. (jobEQ.com)
     Re:NLP & statistics04/01/2003 18:33:09Bruce
     Re:NLP & statistics05/01/2003 17:23:40John Grinder
          Re:Re:NLP & statistics06/01/2003 07:47:18Patrick E.C. Merlevede, MSc. (jobEQ.com)
               Re:Re:Re:NLP & statistics17/01/2003 19:46:21John Grinder
               NLP & statistics18/01/2003 00:16:31suzyhomemaker
                    Re:NLP & statistics18/01/2003 04:03:44John Grinder
                         Re:Re:NLP & statistics18/01/2003 23:03:27Robert
                    Re:NLP & statistics09/02/2003 12:10:24Patrick E.C. Merlevede, MSc. (jobEQ.com)
               27/02/2003 02:28:33Ryan Nagy
               NLP/statistics/dynamic systems27/02/2003 02:33:32Ryan Nagy
                    Re:NLP/statistics/dynamic systems03/03/2003 06:53:34Patrick E.C. Merlevede, MSc. (jobEQ.com)
                         Re:Re:NLP/statistics/dynamic systems04/03/2003 17:45:19Ryan Nagy
                         Re:Re:NLP/statistics/dynamic systems04/03/2003 22:09:54John Grinder
          A statistical model of elegance and diffusion21/01/2003 03:19:20Rob Manson
               Re:A statistical model of elegance and diffusion21/01/2003 04:16:48John Grinder
                    Re:Re:A statistical model of elegance and diffusion21/01/2003 10:55:06Rob Manson
                         Re:Re:Re:A statistical model of elegance and diffusion21/01/2003 17:22:38John Grinder
                    The genetics analogy21/01/2003 11:54:19Rob Manson
                         Re:The genetics analogy22/01/2003 04:27:46John Grinder
                              Re:Re:The genetics analogy22/01/2003 05:35:59Rob Manson
                         Re:The genetics analogy22/01/2003 04:27:48John Grinder
                         Re:The genetics analogy22/01/2003 04:27:53John Grinder
                         Re:The genetics analogy. topic: Solutions to Puzzles/Recommendations22/01/2003 05:53:24nj
                              Re:Re:The genetics analogy. topic: Solutions to Puzzles/Recommendations22/01/2003 07:39:41Rob Manson
                                   Re:Re:Re:The genetics analogy. topic: Solutions to Puzzles/Recommendations22/01/2003 17:24:09John Grinder
                                        Re:Modelling vs Analysis22/01/2003 23:16:12Rob Manson
                    The genetics analogy21/01/2003 11:55:16Rob Manson
     Re:NLP & statistics24/01/2003 06:49:17Mike
          Re:Re:NLP & statistics24/01/2003 16:39:35John Grinder
               Re:Re:Re:NLP & statistics24/01/2003 17:25:03Mike
                    Re:Re:Re:Re:NLP & statistics24/01/2003 18:26:08John Grinder
                         Re:Re:Re:Re:Re:NLP & statistics28/01/2003 20:04:54Mike

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